The Smith normal form and left good matrix have been known in matrix theorem. Any matrix over the principal ideal ring has a Smith normal form. The Smith normal form of a matrix has many applications on various fields such as a solution of Diophantin linear equation and differential equation system. Furthermore, a matrix A with entries in a commutative ring R with unity is left good if for every vector x, the ideal áxAñ is the same as the ideal áAñ. This paper discusses the relation between the Smith normal form and left good matrix. The relation is as the following: matrix A with entries in principal ideal ring of size m by n, with m < n, has Smith normal form [Im, O] if only if A is a left good matrix
Abstract. Smith normal form computation has many applications in group theory, module theory and num...
This work presents formal correctness proofs in Isabelle/HOL of algorithms to transform a matrix int...
AbstractIn hopes that it will be useful to a wide audience, a long list of conditions on an n-by-n c...
The Smith normal form and left good matrix have been known in matrix theorem. Any matrix over the pr...
V diplomskem delu je predstavljena Smithova normalna oblika kvadratne matrike z elementi iz kolobarj...
Definirali bomo relacijo leve ekvivalence na matrikah, katerih elementi pripadajo nekemu glavnemu ko...
The different normal forms of matrices, Hermite, Smith and Jordan Normal Forms are widel
This work presents a formal proof in Isabelle/HOL of an algorithm to transform a matrix into its Smi...
Abstract. This paper surveys some combinatorial aspects of Smith normal form, and more generally, di...
W pracy przedstawiono pojęcie diagonalizacji Smitha. Zaprezentowano formalną definicję oraz kilka tw...
It is known that any symmetric matrix $M$ with entries in $\R[x]$ and which is positive semi-definit...
We study classes of matrices defined by various normality properties with respect to an indefinite (...
We prove a conjecture of Miller and Reiner on the Smith normal form of the operator DU associated wi...
AbstractMatrix equivalence over principal ideal domains is considered, using the technique of locali...
For non-singular matrices with some restrictions, we establish the relationships between Smith norma...
Abstract. Smith normal form computation has many applications in group theory, module theory and num...
This work presents formal correctness proofs in Isabelle/HOL of algorithms to transform a matrix int...
AbstractIn hopes that it will be useful to a wide audience, a long list of conditions on an n-by-n c...
The Smith normal form and left good matrix have been known in matrix theorem. Any matrix over the pr...
V diplomskem delu je predstavljena Smithova normalna oblika kvadratne matrike z elementi iz kolobarj...
Definirali bomo relacijo leve ekvivalence na matrikah, katerih elementi pripadajo nekemu glavnemu ko...
The different normal forms of matrices, Hermite, Smith and Jordan Normal Forms are widel
This work presents a formal proof in Isabelle/HOL of an algorithm to transform a matrix into its Smi...
Abstract. This paper surveys some combinatorial aspects of Smith normal form, and more generally, di...
W pracy przedstawiono pojęcie diagonalizacji Smitha. Zaprezentowano formalną definicję oraz kilka tw...
It is known that any symmetric matrix $M$ with entries in $\R[x]$ and which is positive semi-definit...
We study classes of matrices defined by various normality properties with respect to an indefinite (...
We prove a conjecture of Miller and Reiner on the Smith normal form of the operator DU associated wi...
AbstractMatrix equivalence over principal ideal domains is considered, using the technique of locali...
For non-singular matrices with some restrictions, we establish the relationships between Smith norma...
Abstract. Smith normal form computation has many applications in group theory, module theory and num...
This work presents formal correctness proofs in Isabelle/HOL of algorithms to transform a matrix int...
AbstractIn hopes that it will be useful to a wide audience, a long list of conditions on an n-by-n c...